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// Use a static field to count instances using System; class CountInst { static int count = 0; // Increment count when object is created public CountInst() { count++; } // Decrement count when object is destroyed ~CountInst() { count--; } public static int GetCount() { return count; } } class CountDemo { static void Main() { CountInst ob;

1043 Variable Backlash Errors Variable backlash errors are due to the additional clearance caused by tolerances Tolerances are the differences between the limits of a dimension Tolerances are assigned so that even when not made to ideal dimensions parts still assemble and operate satisfactorily Statistically, if the tolerances controlling the amount of this additional clearance are normally distributed, then the amount of additional backlash will also be normally distributed In this case the total backlash error is a combination of xed and probable values

for(int i=0; i < 10; i++) { ob = new CountInst(); ConsoleWriteLine("Current count: " + CountInstGetCount()); } } }

/4 0

The output is shown here:

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1044 Miscellaneous Errors Cyclic errors are associated with the eccentricity of rotating elements, the wobble of the cam faces, etc The amplitude of cyclic errors is normally distributed Cam pro le errors are deviations from the theoretical cam curve Depending on the installation, speeds, and load, this surface error may produce operational dif culties of excessive noise and wear of the parts These errors can be produced by an incorrect setting of the milling cutter, by a le scratch, or by holding the grinding wheel at a point on the cam for too long a time Errors on the cam are often observed at points where the milling cutter or grinding wheel starts or stops as it travels around the cam Also, the grinding machine may chatter in grinding which may affect the cam In addition, the start and stop of the cutter or grinder as it sweeps in cutting around the cam contour sometimes leaves an error on the cam This is often seen on acceleration tests of the cam pro le as a blip Most cams require no operation after the jig borer, milling, or grinding machine cutting stages Others may occasionally need hand ling or stoning of scallops or ats, especially for the master NC cams Any hand operation is subject to error and is completely dependent on the operator s skill and experience Waviness in the cam surface is a periodic imperfection or error It is a uniform distribution of high and low points of longer duration than roughness Waviness of a surface is the vertical distance between peaks and valleys of relatively long wavelengths It may be

Current Current Current Current Current Current count: count: count: count: count: count: 1 2 3 4 5 6

8:

(b) Damping 10%

/4 0

count: count: count: count:

7 8 9 10

FIGURE 131 Vibratory response characteristics of cam-follower for simple harmonic and cycloidal input, Hrones (1948) Mitchell (1950)

Each time that an object of type CountInst is created, the static field count is incremented Each time an object is recycled, count is decremented Thus, count always contains a count of the number of objects currently in existence This is possible only through the use of a static field There is no way for an instance variable to maintain the count because the count relates to the class as a whole, not to a specific instance Here is one more example that uses static Earlier in this chapter, you saw how a class factory could be used to create objects In that example, the class factory was a non-static method, which meant that it could be called only through an object reference This meant that a default object of the class needed to be created so that the factory method could be called However, a better way to implement a class factory is as a static method, which allows the class factory to be called without creating an unnecessary object Here is the class factory example rewritten to reflect this improvement:

2 + 32 2

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